...which is why we write deterministic code to take the human out of the pipeline. One of the early uses of computers was calculating firing tables for artillery, to replace teams of humans that were doing the calculations by hand (and usually with multiple humans performing each calculation to catch errors). If early computers had a 99% chance of hallucinating the wrong answer to an artillery firing table, the response from the governments and militaries that used them would not be to keep using computers to calculate them. It would be to go back to having humans do it with lots of manual verification steps and duplicated work to be sure of the results.
If you're trying to make LLMs (a vague simulacrum of humans) with their inherent and unsolvable[1] hallucination problems replace deterministic systems, people are going to eventually decide to return to the tried and true deterministic systems.
But if you're trying to tell me that every time you list criteria you get them all perfectly matched, you're clearly gifted.
Though chaotic, which I believe is the better word here - a single letter change may result in widely different results.
We just choose to use more random inference rules, because they have better results.